Last Updated： Aggregation Period:Oct 22, 2025～Nov 18, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Oct 22, 2025～Nov 18, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Oct 22, 2025～Nov 18, 2025
This ranking is based on the number of page views on our site.
901～915 item / All 1057 items
We will determine the deformation and internal stress when external forces are applied to the structure.
Linear static analysis is an analytical method that solves the equilibrium equations of forces to determine the deformation and internal stresses of a structure when external forces are applied.
It is an analytical method for solving the equations of motion.
[Contracted Analysis Services] Dynamic analysis is an analytical method for solving motion equations. There are many types of dynamic analysis, which can be broadly categorized as follows: ● Eigenvalue analysis ● Transient response analysis ● Frequency response analysis ● Spectral response analysis ● Random response analysis. For more details, please contact us or refer to the catalog.
We are conducting seismic analysis using simulations.
[Contracted Analysis Services] Seismic analysis refers to various seismic analysis services provided through simulations using the structural analysis software NEi-Nastran, including eigenvalue analysis, static analysis with input seismic waves at a constant value, spectral response analysis, and transient response analysis with time history seismic input waveforms. For more details, please contact us or refer to the catalog.
Civil engineering, architecture, water supply and drainage, hydraulic models, etc.! Reproduced with 3D computer simulation!
Our company is a contract service provider for 3D computer simulations with over 20 years of experience. In complex sewer pipe and facility improvement projects, unexpected water flow results can occur, leading to unnecessary costs for additional work and impacting delivery schedules. By using 3D computer simulations to replicate water flow instead of conventional hydraulic calculations or experiments, we can verify designs and prevent issues during the design phase. Please feel free to contact us when you need our services. 【Features and Benefits】 ■ Implementation of hydraulic phenomenon reproduction that is difficult with experimental models ■ Numerous delivery records to local governments, water and sewage consultants, equipment manufacturers, and more *For more details, please refer to the PDF materials or feel free to contact us.
"Strength analysis" and "mechanism analysis" of satellite components! We visually represent the invisible flows!
Our company, with experienced professional staff, utilizes analysis tools for linear, nonlinear, multi-dynamics, and fluid dynamics to solve various problems for our customers. For large-scale analyses, we leverage the resources of our CAE-specialized subsidiary established in India, ensuring the creation of various CAE models with low cost, short delivery times, and high quality under strict quality checks. In the field of 'Aerospace', we offer services such as "strength analysis" and "impact analysis" of aircraft components, as well as "spectral response analysis" of satellite components. Please feel free to contact us when you need our services. 【Service Content (Partial)】 ■ Strength analysis of aircraft components ■ Impact analysis of aircraft components ■ Strength analysis of satellite components ■ Mechanical analysis of satellite components *For more details, please refer to the PDF document or feel free to contact us.
Effective reliability evaluation methods and analytical techniques for reliable product design and process design, aimed at effective prevention of issues before they occur and recurrence prevention.
In FMEA, we clarify the causal relationships between failure modes of systems, subsystems, and components, and implement preventive measures for failure modes with high severity. In FTA, we clarify the processes that lead to undesirable events (top events) and identify the events and components that influence those top events, thereby implementing measures to prevent their recurrence. In other words, it is a method to prevent defects in the market and manufacturing processes by taking actions to prevent the recurrence of past issues in design and processes, as well as identifying potential defects in advance and implementing measures to prevent them.
Specialized analysis engineers with a wealth of achievements provide total support from factor identification to improvement proposals. If you have something you want to solve with CAE, please consult us first.
Our company has been a member of the UBE Group and Osaka Gas Group for approximately 40 years since its establishment, providing support for the design and troubleshooting of various facilities such as chemical plants and industrial machinery through our analytical technology. We will assist your design operations with our proven structural analysis technology. For example... - Stress evaluation of newly designed equipment - Prompt investigation of the causes of equipment failure and verification of countermeasure effectiveness - Standard evaluations to obtain approvals from public institutions and customers - Consideration of business partners to address the shortage of CAE personnel Please feel free to consult with us.
Engineers specializing in the analysis of structures, heat transfer, thermal fluids, and vibrations provide thorough support for problem-solving!
Our company has been a member of the UBE Group and Osaka Gas Group for approximately 40 years since its establishment, providing support for the design and troubleshooting of various equipment such as chemical plants and industrial machinery through analytical technology. Engineers with multifaceted analytical skills in "structure," "heat transfer," "thermal fluid," and "vibration" will assist you in solving your challenges. For example... - Damage occurs only in equipment installed in a specific location. I want to investigate the cause. - A leak occurred due to pipe damage. I want to validate the effectiveness of countermeasures through simulation. - I want to change operating conditions to increase production, but will it affect the equipment's lifespan? - The manufacturer claims there are no design issues, but repeated damage occurs. I would like to hear a third-party opinion. Please feel free to consult with us.
Fault image (X-ray CT/FIB SEM, etc.) 3D analysis software ExFact VR
"ExFact VR 2.0" is a three-dimensional tomographic image visualization software that visualizes tomographic images obtained from X-ray CT and other sources in two-dimensional and three-dimensional formats through volume rendering. The screen layout clearly shows the correspondence between cross-sectional images, three-dimensional images, and additional information. It allows for easy independent adjustment of 2D/3D images and enables immediate output of reports in a visual format. By creating and distributing movie files with this software, you can intuitively convey the two-dimensional and three-dimensional images of samples to others. It also takes into account users who only view the data without directly using the equipment or software, maximizing the significance of expensive devices like X-ray CT and expecting a ripple effect of benefits. 【Features】 ■ Equipped with our proprietary technology, VR-VR technology ■ Rich functionality for automatically and quickly creating diverse reports ■ Reduces the workload for operators ■ Practical user interface and architecture *For more details, please refer to the catalog or feel free to contact us.
We will analyze the localization of intracellular macromolecules such as proteins using immunological methods.
We analyze the localization of proteins within cells, which cannot be tracked by fluorescence or laser microscopy, using immunoelectron microscopy.
Introduction to the analysis of water purification treatment using ultraviolet sterilization devices.
I would like to introduce information that highlights how CAE and CFD are beneficial to society, along with interesting application examples, primarily through articles from the information magazine "ADVANTAGE" published by ANSYS, Inc. and ANSYS Japan Co., Ltd. This time, I will present an analysis of water purification treatment using ultraviolet sterilization devices. ANSYS Fluent is equipped with numerous radiation models, and in this case, we will simulate using the Discrete Ordinates (DO) model and model various microorganisms with DPM (Discrete Phase Model), which is a somewhat unique example. When I first saw this case, I thought it might not fall within the realm of CFD (Computational Fluid Dynamics), but depending on how it is used, there seems to be potential for increased applications. We will incorporate the total amount of ultraviolet light (UV Dose) that bacteria receive while flowing through the ultraviolet sterilization device using a User Defined Function (UDF). In the drinking water supply that we use in our daily lives, ultraviolet irradiation devices are reportedly always used for sterilization (to kill chlorine-resistant bacteria such as Cryptosporidium). In other words, if we could improve the sterilization efficiency by even an average of 1% at the countless water purification plants across the country, it would result in a very significant effect.
Large Capacity Data Transfer Service "e-PARCEL"
The "Large Capacity Data Transfer Service e-Pacel" is a service that allows for the safe and reliable transfer of large data files, such as CAD data, through simple operations on a computer. Customers who are struggling with handling large data, such as those who are "sending CAD data overseas using media like CDs but are troubled by the time and effort involved," or those who are "operating an FTP server for data exchange with business partners but want to be freed from the tedious management tasks like ID management and data backup/deletion," will find this tool to be optimal. Unlike services that utilize storage servers, this service can be used more easily (no download operation is required when receiving data) and more securely (with high encryption strength and no data remaining on the server). It is currently used by approximately 5,000 customers, including major automobile manufacturers and large construction machinery manufacturers.
Collect data and build an analysis environment at the production site! Enable remote and real-time monitoring through IoT!
Our company offers custom data collection systems using data loggers and analysis devices. We can provide data collection systems using commercially available data loggers, custom loggers created by our company (tailored to customer needs), as well as the construction of communication and cloud environments, proposals for analysis software, and solutions for customer-specific hardware/mechanics. 【Used in the following scenarios】 Measurement and analysis of the usage environment and temporal changes of DC motors + Collection and analysis of log data on rotational speed changes over time 【Perfect for the following applications】 - Data collection and analysis during product development - Failure analysis of component parts (such as motors) - Measurement of the lifespan of drive devices - Process inspection in manufacturing sites - Load measurement of drive systems - Process management.....etc *For more details, please download and view the catalog.
Study of power supply impedance using circuit simulator (S-NAP/Pro)
In the design phase of print patterns, using simulators allows for efficient design and makes it easier to grasp essential issues. There are broadly two types of simulators used in microwaves: circuit simulators and electromagnetic field simulators. Circuit simulators are limited to specific circuit models but can perform circuit calculations based on Kirchhoff's laws, enabling very fast simulations. Electromagnetic field simulators, on the other hand, solve Maxwell's equations rigorously and can accurately simulate complex electromagnetic phenomena, but they require significantly more analysis time compared to circuit simulators. However, by appropriately distinguishing between these simulators, it is possible to efficiently identify and address issues. [Features] - Enables efficient design and makes it easier to grasp essential issues. - There are broadly two types of simulators used in microwaves: circuit simulators and electromagnetic field simulators. - By appropriately distinguishing between these simulators, it is possible to efficiently identify and address issues. For more details, please contact us or download the catalog.
★ If you are conducting surface free energy analysis but do not fully understand the overall picture, this is a must-see. ★ We recommend bringing a laptop on the day of the event.
【Speaker】FIA Representative Kōyō Fukuyama 【Venue】Tekuno Kawasaki 5F, 5th Training Room【Kanagawa, Mizonokuchi Station】 Approximately a 5-minute walk from JR and Tokyu Mizonokuchi Station 【Date and Time】February 22, 2011 (Tuesday) 10:30-16:30
